Please pa help po
1. What do you see on the paper when the glass of water was exposed
to sunlight?
2. What do you think caused the sunlight to refract or bend?
3. What was the effect when the glass was held at different heights and
angles? What does this show?
4. What may happen when light passes through a glass of water?
In your setup, the switch and the wires connect the light bulb to the
battery.
1. What happened to the bulb after you connect the switch to the wire?
Why?
2. What happened to the bulb after you detach the switch from the wire?
Why?
correct answer: brainliest +10 points po thanks
1. What do you see on the paper when the glass of water was exposed
to sunlight?
2. What do you think caused the sunlight to refract or bend?
3. What was the effect when the glass was held at different heights and
angles? What does this show?
4. What may happen when light passes through a glass of water?
In your setup, the switch and the wires connect the light bulb to the
battery.
1. What happened to the bulb after you connect the switch to the wire?
Why?
2. What happened to the bulb after you detach the switch from the wire?
Why?
correct answer: brainliest +10 points po thanks
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Answer:
1. What do you see on the paper when the glass
of water was exposed to sunlight?
Answer:
You will see a rainbow. There is a process called dispersion. It is a special kind of refraction which provided us colors of light. This phenomenon is observed when white light passes through the glass.
2. What do you think caused the sunlight to refract or bend?
Answer:
When light travels from air into water, it slows down, causing it to change direction slightly. This change of direction is called refraction. When light enters a more dense substance (higher refractive index), it 'bends' more towards the normal line.
3. What was the effect when the glass was held at different heights and angles? What does this
show?
Answer:
This phenomenon is a result of refraction of light. ... Light travels at different speeds in different media. For example the speed of light in glass is 200,000,000 m/s. ... This refraction phenomenon is shown below for two cases: 1) when light ...
4. What may happen when light passes through a glass of water?
Answer:
Glass and water are thicker and heavier than air. ... What happens is that light slows down when it passes from the less dense air into the denser glass or water. This slowing down of the ray of light also causes the ray of light to change direction. It is the change in the speed of the light that causes refraction.
Explanation: